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No: T-2   更新時間:2016/8/15 下午 06:00:44

 

量子點技術及應用

  線上報名

 

會議名稱: 量子點技術及應用
時間地點: 8/24 09:00-12:00, 台北南港展覽館4樓 402c室
主辦單位: 台灣平面顯示器材料與元件產業協會 (TDMDA)
協辦單位: 台灣顯示器產業聯合總會(TDUA)、工業技術研究院(ITRI)
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https://goo.gl/Co0yCl (需用Google瀏覽器開啟)
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(3) 主辦單位保留變更議程與講師之權利。
聯絡資訊: 台灣平面顯示器材料與元件產業協會(TDMDA)
Tel: 886-3-5916872 黃小姐
e-mail: yuchieh@itri.org.tw
www.tdmda.org.tw 

 

議程表

 

時間 主講人 議題
09:00 - 09:30 劉美君 Catch Your Eyes-從QD與AMOLED技術的競爭看新世代顯示器畫質發展大趨勢
09:30 - 10:10 龐浩 令全球市場領先者和消費者為之興奮的無鎘量子點技術
10:10 - 10:50 羅忠昇 Achieving BT. 2020 with Quantum Dots Requiring No RoHS Exemption
11:00 - 11:30 謝明勳 量子點創新技術在顯示屏的應用
11:30 - 12:00 謝葆如 量子增益技術

 

主講人

 

 

 

Catch Your Eyes-從QD與AMOLED技術的競爭看新世代顯示器畫質發展大趨勢 

Catch Your Eyes-Understanding How the Competition Between QD and AMOLED to Trigger A New Trend of Next Generation Display

 

劉美君

資深產業分析師

工業技術研究院 產業經濟與趨勢研究中心(IEK)

 

講者簡介:

學歷:
交通大學管理科學系碩士班
台灣大學工商管理系企業管理組

經歷:
工研院IEK電子組零組件研究部 資深產業分析師 (~迄今)
工研院IEK電子組顯示器研究部 資深產業分析師
工研院IEK電子組半導體研究部 產業分析師

榮譽/專利/論文等:
APIAA 產業分析師
APIAA 資深產業分析師
IEK最佳資深產業分析師
工研院全院品質獎

 

 

回議程表

 

 

 

令全球市場領先者和消費者為之興奮的無鎘量子點技術 

Cadmium-Free Quantum Dot Technology-Many Market Leaders and Consumers are Passionate About

 

龐浩

副總經理

Nanoco Technologies Ltd.

 

講者簡介:

Education:
MBA at Manchester Business School, the University of Manchester
PhD in organic semiconductor material at the University of Strathclyde, Glasgow (second and final year) and the University of Manchester (first year)
MPhil in material chemistry at the University of Manchester
BSc in material chemistry at Hebei University, China

Experience:
R&D in advanced semiconductor materials
Applications for display, lighting, thin film solar
High-tech commercialisation
Marketing and sales
Business management at LSE (London Stock Exchange) Main Market Listed Company

Awards/Honors/Patents/Publications:
5 filed and 1 granted US invention patents
3 top journal publications (first author) at Advanced Materials, Chemistry of Materials and Macromolecules
Member of Royal Society of Chemistry

 

演講大綱:

量子點已經成為近年來消費類電子產品中的新型熱門半導體材料。在其應用的電視顯示領域,量子點技術可以提升高達50%的色彩表現。然而,目前的一些量子點產品中還是含有重金屬鎘。而鎘,作為重金屬,對於人類健康和環境帶來嚴重威脅。Nanoco成功開發並量產的無鎘量子點技術成功導入顯示和照明產品。除對此介紹外,還將就無鎘量子點技術在顯示,照明,太陽能和生物應用等商業化方面展開討論。

 

回議程表

 

 

 

Achieving BT. 2020 with Quantum Dots Requiring No RoHS Exemption 

 

羅忠昇

大中華區總經理

Nanosys Incorporation

 

講者簡介:

Dr. ZhongSheng Luo is the General Manager of Greater China and Applications Engineering Director of Nanosys Incorporation. He obtained his Bachelor and Master degree in Materials Science and Engineering from Tsinghua University, China and his Ph.D in Materials Science and Engineering from University of California Berkeley, prior to starting his career in 2005 as an Applications Engineer. Dr. Luo began his career in Nanosys Inc. as a Sr. Technical Marketing Engineer in 2009 and became the Technical Marketing Manager in 2011. In 2012, he left Nanosys to lead the advanced product development activities for optical inspection equipment in KLA-Tencor Incorporation as a Principal Application Engineer. He rejoined Nanosys in 2015 as Director of Applications Engineering.

 

演講大綱:

Cadmium-based Quantum Dots (QDs) have already been shown to achieve >90% coverage of the ITU BT.2020 color gamut in LCD displays using QDEF® Quantum Dot film technology. This paper reports on recent advances in Quantum Dot materials engineering that have enabled further improvements to a new generation of QDEF that requires no exemption to the RoHS Directive while achieving similar color and brightness performance to existing Cadmium-based solutions. This compliance is made possible by using a combination of cadmium-free and low-cadmium QDs. Using modified CdSe green QDs developed to minimize cadmium content, and combining these with red indium phosphide QDs in a polymer resin, it is possible to meet or exceed the performance of Cd-based QDEF while achieving the sub-100 ppm of cadmium concentration required by RoHS. These reduced cadmium films are similar to the construction of typical commercial QD color enhancement films with a QD resin layer of 100um sandwiched between two sheets of PET barrier film. The QD-resin mixtures used were measured by ICP-OES and typically found to contain less than 90ppm cadmium prior to incorporation into QDEF film.
Using the spectral properties of the measured films, while matching the peak wavelengths of the green and red emitters in order to produce similar luminance levels, the modeled BT.2020 color gamut coverage of the hybrid film continued to match that of cadmium-based QD films.The hybrid approach of cadmium selenide and indium phosphide described here, combined with the inherent color tunability of QDs, enable displays with high levels of BT.2020 gamut coverage in a system that does not require an exemption to the RoHS Directive for sale in the market. We believe this is an important advancement in color performance for consumer electronics.

 

回議程表

 

 

 

量子點創新技術在顯示屏的應用 

An Innovation Quantum Dot Technology for Display Application

 

謝明勳

副總經理

晶元光電股份有限公司

 

講者簡介:

現職:晶元光電/研發中心/副總

學歷:Doctor/National Tsing Hua University

經歷:
1.manager/ Process Division, Epistar Co
2.Director/R&D Division, Epistar Co.
3. Associate Vice President/R&D Center, Epistar Co.
4. Vice President/ R&D Center, Epistar Co

榮譽/專利/論文等:
獲得國內外專利共377件。

 

演講大綱:

大尺寸顯示屏一直是LED的市場,應用在燈箱,戶外顯示屏等等。這類應用顯示Pixel的間距約為2.8mm以上,隨著LED封裝技術的演進,封裝尺寸進步到0.8mm進而可以實現小間距(約1.2mm)的LED顯示屏。LED有演色性佳,省電等特色,最近興起u-LED的熱潮,還是必須克服u-LED的磊晶、晶粒製程、微封裝、轉移與驅動等技術。
量子點藉由尺寸大小來調整顏色,因為顏色純度高,量子點應用LCD顯示器來提升演色性也是最近熱門議題,本文是把量子點直接做LED顯示屏,可以解決RGB生產良率及減少RGB轉移次數問題,進而實現LED的無限可能。

 

回議程表

 

 

 

量子增益技術 

Quantum Efficiency Enhancement Technology

 

謝葆如

主任

工研院材化所

 

講者簡介:

現職:工研院材化所異方性光學材料研究室主任

學歷:
國立交通大學光電所博士研究
國立清華大學化學工程所碩士


經歷:
工研院 材化所 光電有機組 副研究員(1992/08 ~ 1998/12)
工研院 材化所 光電有機組 研究員(1999/01~ 2011/06)
工研院 材化所 光電有機組 資深研究員(2011/07~迄今)
工研院 材化所 光電有機組 研究主任(2013/03~迄今)


榮譽:
2008 成果貢獻獎 工研院
2004 國家發明獎 經濟部智慧財產局
2004 研究成就獎 工研院
2004 年度發明獎 工研院材料所
2003 年度發明獎 工研院材料所

 

 

回議程表

 

 

 

 

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